净水技术
淨水技術
정수기술
WATER PURIFICATION TECHNOLOGY
2014年
5期
65-67,77
,共4页
粘胶废水%可生化性%铁碳微电解%序批式活性污泥法(SBR)
粘膠廢水%可生化性%鐵碳微電解%序批式活性汙泥法(SBR)
점효폐수%가생화성%철탄미전해%서비식활성오니법(SBR)
viscose fiber wastewater%biodegradability%iron-carbon micro-electrolysis sequencing%batch reactor (SBR)
采用底部曝气铁碳微电解和SBR法处理CODCr为625 mg/L、B/C约0．11、色度为300～400倍的粘胶纤维废水，考察了pH、Fe/C比、反应时间等条件对铁碳微电解提高废水可生化性的影响。结果表明在pH为3．5、铁碳比为4∶1、反应时间为30 min条件下铁碳微电解出水的B/C比大于0．3，后续经SBR工艺处理，出水COD去除率大于88％、色度去除率达84．9％。
採用底部曝氣鐵碳微電解和SBR法處理CODCr為625 mg/L、B/C約0．11、色度為300～400倍的粘膠纖維廢水，攷察瞭pH、Fe/C比、反應時間等條件對鐵碳微電解提高廢水可生化性的影響。結果錶明在pH為3．5、鐵碳比為4∶1、反應時間為30 min條件下鐵碳微電解齣水的B/C比大于0．3，後續經SBR工藝處理，齣水COD去除率大于88％、色度去除率達84．9％。
채용저부폭기철탄미전해화SBR법처리CODCr위625 mg/L、B/C약0．11、색도위300～400배적점효섬유폐수，고찰료pH、Fe/C비、반응시간등조건대철탄미전해제고폐수가생화성적영향。결과표명재pH위3．5、철탄비위4∶1、반응시간위30 min조건하철탄미전해출수적B/C비대우0．3，후속경SBR공예처리，출수COD거제솔대우88％、색도거제솔체84．9％。
Iron-carbon micro-electrolysis of bottom aeration/SBR process was used to treat viscose fiber wastewater when CODCr is 625 mg/L,B/C is about 0. 11,colourity is 300 ~ 400 times. The influence of pH,Fe/C and reaction time on improving biodegradability of wastewater was investigated by iron-carbon micro-electrolysis. The experimental result indicates B/C ratio is more than 0. 30 when pH is 3. 5,Fe/C ratio is 4∶1,reaction time is 30 minutes. The final removal of COD and colourity by SBR are above 88% and 84. 9%,respectively.
